DESCRIPTION
This comprehensive program equips participants with the skills to plan, design, size, and operate high-performance solar projects. Covering everything from project analysis and component selection to quality assurance, project management, monitoring, and real-world applications, this course provides a practical, hands-on approach for engineers, project managers, and solar professionals seeking to deliver reliable, efficient, and compliant solar installations.
Participants will gain the knowledge to solve common project challenges, optimize system performance, and apply best practices and international standards across all stages of a solar project.
| Topic | Problem | Solution provided |
|---|---|---|
| 1. Project Analysis | Unclear client needs, poor planning | Structured methodology, accurate energy assessment |
| 2. Design & Sizing | Incorrect sizing, inefficient storage integration | Best practices for PV/hybrid design, EMS optimization |
| 3. Components Selection | Wrong or incompatible components | Guidelines for performance, safety, and reliability |
| 4. Quality & Project Management | Non-compliance, poor quality, inefficient management | Apply standards, supervision, audit, project management strategies |
| 5. Operation & Monitoring | Energy losses, underperforming systems | Monitoring systems, optimize production/self-consumption |
| 6. Real-World Applications | Difficulty applying theory, limited experience | Hands-on projects, microgrids, planning tools |

